
Restore Accuracy with the D40MZ3000IIK Rebuild Kit
The Dosatron D40MZ3000IIK Rebuild Kit is the professional solution for restoring the high-flow performance of your 40 GPM nutrient injectors. This "Bill of Materials" (BOM) package includes every essential wear part needed to refresh both the piston assembly and the injection seals. By replacing these internal components, growers can ensure the D40MZ3000IIK injector maintains its ultra-precise 1:3000 to 1:500 injection ratio without variance. Regular service with these genuine parts prevents costly downtime and ensures consistent delivery of professional-grade fertilizers and supplements.
Advanced Kalrez Seals for Extreme Chemical Resistance
Unlike standard seals, this Kalrez rebuild kit is specifically engineered for facilities utilizing aggressive acids, caustic cleaners, or concentrated solvents. The "K" designation represents the highest tier of chemical compatibility available, preventing seal degradation where Viton or Aflas might fail. Each Dosatron seal repair component in this kit is manufactured to withstand the high-pressure demands of a 40 GPM system. This full service kit includes the injection sleeve O-rings, plunger seals, and a complete check valve assembly for a total system overhaul. Investing in Kalrez seals ensures your irrigation system remains reliable under the most intense chemical loads.
Key features:
- Extreme Chemical Durability: Features Kalrez (K) seals designed to withstand aggressive acids and solvents that degrade standard materials.
- Comprehensive BOM Refresh: Includes both the Piston Repair Kit and the Seal Repair Kit for a total internal unit restoration.
- Maintained Injection Precision: Ensures the 1:3000 to 1:500 ratio remains accurate, preventing nutrient fluctuations in large-scale crops.
- Extended Service Life: Recommended for use every 24 to 36 months to prevent unexpected failures in high-flow 40 GPM systems.
- Complete Check Valve Assembly: Includes all critical components to prevent backflow and maintain consistent pressure during injection.